Abstract: A method is provided for constructing an offset, and includes constructing the capture path, which includes selecting a capture path start point on a first leg of the flight path and selecting a first capture path angle; determining whether a first capture path segment extending from the capture path start point at the first capture path angle intersects a) a first bisector or b) a first bisector backcourse; establishing, if the first capture path segment intersects the first bisector backcourse, the first capture path segment as the capture path; establishing, if the first capture path segment intersects the first bisector, the intersection as a first point; determining one or more subsequent capture path segments until the one or more subsequent capture path segments intersect a subsequent bisector; and establishing the first capture path segment and the one or more subsequent capture path segments as the capture path.

Abstract: A method is provided for constructing an offset, and includes constructing the capture path, which includes selecting a capture path start point on a first leg of the flight path and selecting a first capture path angle; determining whether a first capture path segment extending from the capture path start point at the first capture path angle intersects a) a first bisector or b) a first bisector backcourse; establishing, if the first capture path segment intersects the first bisector backcourse, the first capture path segment as the capture path; establishing, if the first capture path segment intersects the first bisector, the intersection as a first point; determining one or more subsequent capture path segments until the one or more subsequent capture path segments intersect a subsequent bisector; and establishing the first capture path segment and the one or more subsequent capture path segments as the capture path.

Abstract: A system and method are provided for generating a flight plan between an initial position and a destination. An input device is configured to receive inputs related to the destination; a memory configured to store data related to the destination; and a processor is configured to retrieve data from the memory and to generate the flight plan from the initial position to the destination. The flight plan includes a plurality of legs and an initial plurality of transitions between the legs. The processor is further configured to determine whether each of the initial plurality of transitions between the legs are flyable and to provide a flyable transition between the legs if the transition is not flyable.

Abstract: A method is provided for constructing an offset, and includes constructing the capture path, which includes selecting a capture path start point on a first leg of the flight path and selecting a first capture path angle; determining whether a first capture path segment extending from the capture path start point at the first capture path angle intersects a) a first bisector or b) a first bisector backcourse; establishing, if the first capture path segment intersects the first bisector backcourse, the first capture path segment as the capture path; establishing, if the first capture path segment intersects the first bisector, the intersection as a first point; determining one or more subsequent capture path segments until the one or more subsequent capture path segments intersect a subsequent bisector; and establishing the first capture path segment and the one or more subsequent capture path segments as the capture path.

Abstract: A system and method are provided for generating a flight plan between an initial position and a destination. An input device is configured to receive inputs related to the destination; a memory configured to store data related to the destination; and a processor is configured to retrieve data from the memory and to generate the flight plan from the initial position to the destination. The flight plan includes a plurality of legs and an initial plurality of transitions between the legs. The processor is further configured to determine whether each of the initial plurality of transitions between the legs are flyable and to provide a flyable transition between the legs if the transition is not flyable.

Abstract: A method is provided for constructing an offset, and includes constructing the capture path, which includes selecting a capture path start point on a first leg of the flight path and selecting a first capture path angle; determining whether a first capture path segment extending from the capture path start point at the first capture path angle intersects a) a first bisector or b) a first bisector backcourse; establishing, if the first capture path segment intersects the first bisector backcourse, the first capture path segment as the capture path; establishing, if the first capture path segment intersects the first bisector, the intersection as a first point; determining one or more subsequent capture path segments until the one or more subsequent capture path segments intersect a subsequent bisector; and establishing the first capture path segment and the one or more subsequent capture path segments as the capture path.